Web3-native security intelligence

Advanced Security for the blockchain era of cyber security.

We break down real crypto hacks the week they happen, explain exactly how the exploit worked, and turn it into plain crypto security guidance — so the next protocol on this list isn't yours.

Read the latest breakdown Get the security checklist
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120+
Hacks broken down in plain language
$2B+
In losses analyzed across incidents
24/7
AI-assisted monitoring of new incidents
2026-09-12 — Liquid Network sidechain exploit drains about 3,998 L-BTC — 2026-09-12 — ether.fi legacy AtomicQueue exploit drains 15.45 ETH — 2026-09-02 — Injective exploit drains $4.9M through market settlement logic — 2026-09-02 — Aquifer Solana DEX drained via fake balance file abuse — 2026-09-01 — Tectonic loses $75M in price-manipulation attack on Cronos — 2026-08-29 — CCC token exploit drains $117,000 on Binance Smart Chain — 2026-09-12 — Liquid Network sidechain exploit drains about 3,998 L-BTC — 2026-09-12 — ether.fi legacy AtomicQueue exploit drains 15.45 ETH — 2026-09-02 — Injective exploit drains $4.9M through market settlement logic — 2026-09-02 — Aquifer Solana DEX drained via fake balance file abuse — 2026-09-01 — Tectonic loses $75M in price-manipulation attack on Cronos — 2026-08-29 — CCC token exploit drains $117,000 on Binance Smart Chain —
Incident Ledger

What's currently being exploited

2026-09-12 Liquid Network sidechain exploit drains about 3,998 L-BTC — Ongoing
2026-09-12 ether.fi legacy AtomicQueue exploit drains 15.45 ETH — Ongoing
2026-09-02 Injective exploit drains $4.9M through market settlement logic — Ongoing
2026-09-02 Aquifer Solana DEX drained via fake balance file abuse — Ongoing
2026-09-01 Tectonic loses $75M in price-manipulation attack on Cronos — Ongoing
2026-08-29 CCC token exploit drains $117,000 on Binance Smart Chain — Ongoing
Each entry links to a full breakdown: what the exploit did, why the code allowed it, and the exact security measure that would have stopped it.
Why this is its own discipline

Blockchain technology didn't replace cyber security — it changed what "secure" means.

Traditional cyber security defends a system you control: your servers, your database, your ability to roll back a mistake. Blockchain security has to work when none of that is true — the code is public, the state is permanent, and a single bad transaction is often final. That's the gap this site writes about.

Traditional cyber security

  • Centralized infra you patch and control
  • Mistakes can often be rolled back or contained
  • Perimeter defense: firewalls, access control, monitoring
  • Attacker needs to breach a boundary

Blockchain-native security

  • Public, immutable code — vulnerabilities are visible to everyone, including attackers
  • Exploited transactions are usually permanent and irreversible
  • Trust is enforced by code and keys, not a company's IT department
  • Attacker only needs one flawed line of logic, once

Three ways in

READ

Hack breakdowns

Short articles on real blockchain security incidents — what broke, why, and the fix.

CHECK

Security basics

The non-negotiable crypto security habits — wallets, keys, approvals, multisig — kept current.

LEARN

Advanced Security Academy

A paid course going past the basics, into the depth of blockchain security most content skips. Coming soon.

Before you do anything else in crypto, do this.

The full checklist lives on its own page and gets updated as new attack patterns show up.

Open the full checklist →
  • 01 Use a hardware wallet for anything holding real value.
  • 02 Never sign a transaction you can't read — simulate it first.
  • 03 Revoke token approvals you're not actively using.
  • 04 Keep your seed phrase offline, split, never photographed.
  • 05 Treat hardware wallet as the default above pocket money.
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